A study from Mass General Brigham reveals that as we transition to sleep, particularly during Non-rapid eye movement sleep, our Brain exhibits coordinated shifts in activity patterns, impacting energy use.
- Investigators from Mass General Brigham utilized advanced hemodynamics imaging technology to observe changes in Brain activity as individuals transition into Non-rapid eye movement sleep.
- During Non-rapid eye movement sleep, regions of the Brain responsible for movement and sensory input remain active, while areas related to thinking and memory decrease their energy usage.
- The findings, published in Nature Communications, provide new insights into the brains functionality, particularly how it shifts from wakefulness to sleep, highlighting the importance of sleep in neurological health.
Why It Matters
Understanding the brains activity during sleep transitions is crucial for addressing sleep disorders and improving cognitive health. Insights from this study could inform therapeutic approaches for conditions linked to sleep and neurological functions.